Abstract: A time multiplexed, selectively updated, sub-pixel less, self-aligning, electrically and optically dual addressed, multi directional pixel is provided. This can potentially greatly increase the performance of an automultiscopic display and reduce the complexity. In one embodiment, an automultiscopic display can simply be provided by a plurality of directional OLED pixels.

Abstract: A time multiplexed, selectively updated, sub-pixel less, self-aligning, electrically and optically dual addressed, multi directional pixel is provided. This can potentially greatly increase the performance of an automultiscopic display and reduce the complexity. In one embodiment, an automultiscopic display can simply be provided by a plurality of directional OLED pixels.

Abstract: An exhibition system configured to hold at least one image source or including at least one image source. The image source is arranged for projecting at least one image onto at least one concave semi-transparent reflector providing a magnified representation appearing in the distance beyond the semi-transparent reflector. The system has an adjuster for adjusting the distance between the concave semi-transparent reflector and the first image source and/or angle between the concave semi-transparent reflector and the first image source. The system enables the combination of the real world with magnified images, e.g. from video processing and computer vision techniques, offering a natural view of real scenes enriched with “real size” virtual objects.

Abstract: The present invention provides a display device that enhances spatial aspects of three-dimensional objects recorded and displayed on two-dimensional surfaces. A display device according to the invention comprises a pyramid-like part and display means (801). The pyramid-like part has semi-transparent, partly reflective facets (1501-1504). The display means provides images to be reflected on the facets (1501-1504) of the pyramid-like part. Methods are provided for recording and displaying picture angle recordings on a display device according to the invention.

Abstract: Images are projected onto a projection medium including a screen, which forms an open, light-penetrable structure having a plurality of light-reflecting surface parts. The projection medium may include a screen that is perforated or net-like, such as tulle or bridal veil, or that includes transparent and opaque or light-reflecting areas. The projection screen may be positioned within a shop or another room having a show window or display window spaced from the screen. A control device, such as a touch screen, for controlling the operation of the projector, may be positioned so as to be accessible to a viewer outside the room.